Automatic blanking and punching production line for sheets

Abstract

The invention relates to the technical field of sheet punching, in particular to an automatic blanking and punching production line for sheets. The automatic blanking and punching production line comprises a sheet feeding device, a sheet inlet device, a sheet punching die, a sheet discharging device and a punched part receiving device. The sheet feeding device is used for grabbing single sheets to the sheet inlet device, the sheet inlet device is used for intermittently and horizontally conveying the single sheets into the sheet punching die, the sheet punching die is used for punching holes in the sheets, and the sheet discharging device is used for conveying out the punched sheets and stacking the punched sheets. According to the automatic blanking and punching production line for the sheets, the sheet feeding device, the sheet inlet device, the sheet punching die, the sheet discharging device and the punched part receiving device are used for achieving the procedures of sheet feeding, intermittent material inlet, sheet punching, discharging, stacking, punched part stacking and the like of the sheets, and therefore the automatic blanking and punching production line is high in production efficiency and can be matched with the punching rhythm of the sheet punching die. The automatic blanking and punching production line is suitable for continuously punching sheets.

Description

technical field [0001] The invention relates to the technical field of sheet material punching, in particular to an automatic blanking and punching production line for sheet materials. Background technique [0002] In the current sheet punching production line, the sheet is automatically fed into the sheet stamping die by the conveyor belt, and the punched sheet is output from the sheet stamping die by another conveyor belt. The conveyor belt can only play the role of feeding, but the existing conveying The belt cannot match the interval punching steps of the sheet stamping die, resulting in low punching efficiency of the sheet stamping die. Moreover, the punched parts naturally fall out of the punching die, and the punched sheet and punched parts are followed by relying on Manual stacking, the speed of manual stacking is slow, and the stacking effect is poor. Therefore, the structure of the sheet automatic blanking and punching production line needs to be further improved. ...

AI Technical Summary

Problems solved by technology

[0002] In the current sheet punching production line, the sheet is automatically fed into the sheet stamping die by the conveyor belt, and the punched sheet is output from the sheet stamping die by another conveyor belt. The conveyor belt can only play the role of feeding, but the existing conveying The belt cannot match the interval punching steps of the sheet stamping die, resulting in low punching efficiency of the sheet stamping die. Moreover, the punched parts naturally fall out of the punching die, and the punched sheet and punched parts are followed by relying on Manual stacking, the speed of manual stacking is slow, and the stacking effect is poor. Therefore, the structure of the sheet automatic blanking and punching production line needs to be further improved

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